Is the presence of harmony (which in the political domain is identified with the idea of consensus) always a factor conducive to the development of civilization - or was the emergence of the modern Polish state in fact more the product of a multiplicity of views and a certain degree of conflict?

Devotees of every craft have their own particular type of passion. Ardent scholars of history and literature share a deep-burning desire to uncover the true meaning of various phenomena and concepts.

In 16-18th century Poland there were few trials of blasphemy, including interferences into Church services or processions. the severe verdicts, capital punishment included, were rarely executed. The most frequently punished for an outrage against Catholic religious feelings were plebeians. No special attention was paid to the possible offences committed by noblemen and magnates. Thus, nothing happened to Erazm Otwinowski who in 1564 trampled on a monstrance torn out from a priest leading a procession. A Calvinist Marcin Kreza who also committed such an offence in 1580 went unpublished too. At the end of century Stefan Łowejko, who publicly manifested his atheism, was not even imprisoned. Although in 1785 a young magnate Henryk Niemirycz, who publicly profaned a host, was sentenced to death. He survived because he left the country. As it shows a coat of arms usually was a good protection against the administration of justice, even in denominational matters.

Czy harmonia (utożsamiana w polityce z zasadą consensusu) zawsze jest czynnikiem sprzyjającym rozwojowi cywilizacyjnemu, czy to raczej wielość poglądów i pewien stopień konfliktu zadecydował o powstaniu nowoczesnego państwa polskiego?

Zbiorowa wyobraźnia Polaków pełna jest postaci, które nigdy nie istniały, i zdarzeń, które nigdy nie miały miejsca w historii.

In this work, two thermal- and air-stable, hole transporting materials (HTM) in perovskite solar cells are analyzed. Those obtained and investigated materials were two polyazomethines: the first one with three thiophene rings and 3,3′-dimethoxybenzidine moieties (S9) and the second one with three thiophene rings and fluorene moieties (S7). Furthermore, presented polyazomethines were characterized by Fourier transform infrared spectroscopy (FTIR), UV–vis spectroscopy, atomic force microscopy (AFM) and thermogravimetric analysis (TGA) experiments. Both polyazomethines (S7 and S9) possessed good thermal stability with a 5% weight loss at 406 and 377°C, respectively. The conductivity of S7 was two orders of magnitude higher than for S9 polymer (2.7 × 10⁻⁸ S/cm, and 2.6 × 10⁻¹⁰ S/cm, respectively). Moreover, polyazomethine S9 exhibited 31 nm bathochromic shift of the absorption band maximum compared to S7.

Obtained perovskite was investigated by UV–vis and XRD. Electrical parameters of perovskite solar cells (PSC) were investigated at Standard Test Conditions (STC). It was found that both polyazomethines protect perovskite which is confirmed by ageing test where Voc did not decrease significantly for solar cells with HTM in contrast to solar cell without hole conductor, where V_oc decrease was substantial. The best photoconversion efficiency (PCE = 6.9%), among two investigated in this work polyazomethines, was obtained for device with the following architectures FTO/TiO₂/TiO₂ + perovskite/S7/Au. Stability test proved the procreative effects of polyazomethines on perovskite absorber.